Open AccessSimulation of an Advanced Geothermal Energy Conversion Plant in Perú
Author(s) -
Sofia Chauca Paredes,
Graciela Rojas García,
George Power
Publication year - 2021
Publication title -
ingeniería industrial
Language(s) - English
Resource type - Journals
eISSN - 2523-6326
pISSN - 1025-9929
DOI - 10.26439/ing.ind2021.n41.5546
Subject(s) - piping , geothermal gradient , process engineering , heat exchanger , geothermal energy , refrigerant , supercritical fluid , power station , thermal energy storage , geothermal power , thermal energy , environmental science , petroleum engineering , combined cycle , solar energy , working fluid , nuclear engineering , engineering , mechanical engineering , thermodynamics , turbine , geology , physics , electrical engineering , geophysics
This investigation aims to simulate an efficient plant that generates energy through a solar-geothermal hybrid energy conversion system with supercritical steam, Therminol VP1, geothermal fluid and R134a refrigerant. The goal is to exemplify a hybrid solution that optimizes and takes advantage of the existing properties of the solar and geothermal power cycles. The geothermal part of the process, the primary cycle, is augmented by the solar thermal cycle to obtain a high-efficiency result. In addition, it allows the reader to understand the ideal process of this type of plant and a thermodynamic analysis represented by creating a detailed model block flow diagram, which is then turned into a dynamic one used to examine the selected parameters such as temperature, flow rate, and pressure variations. The dynamic model approximated the thermal values of the heat exchangers and the working fluids in the exchangers, solar collectors, piping and in the storage tanks.